4047 2006-12-08 18:31:31 +0000 DataTypes tests: discrepancies with minInclusive/maxInclusive 2008-11-02 16:32:50 +0000 1 1 1 Unclassified XML Schema Test Suite Microsoft tests 2006-11-06 PC Windows XP RESOLVED INVALID metadata added, with correction noted below P2 normal --- 1 mike ht public-xml-schema-testsuite oldest_to_newest 13099 0 mike 2006-12-08 18:31:31 +0000 In a number of tests in the (Microsoft) DataTypes package, the metadata indicates that the value of a numeric minInclusive or maxExclusive facet is invalid, whereas the value in the actual data file is valid. For example the metadata shows <testGroup name="nonPositiveInteger_maxInclusive003_577"> <annotation> <documentation>TEST :Facet Schemas for string : facet=maxInclusive and value=1</documentation> </annotation> <documentationReference xlink:href=""/> <schemaTest name="nonPositiveInteger_maxInclusive003_577"> <schemaDocument xlink:href="../msData/datatypes/Facets/Schemas/nonPositiveInteger_maxInclusive003.xsd"/> <expected validity="invalid"/> <current date="2006-07-16" status="accepted"/> </schemaTest> </testGroup> But the actual value in nonPositiveInteger_maxInclusive003.xsd is -1, not 1, which is valid. The discrepancy appears to be systematic, and affects other similar tests including: <test group="nonPositiveInteger_maxInclusive003_577" name="nonPositiveInteger_maxInclusive003_577"/> <test group="nonPositiveInteger_maxExclusive003_581" name="nonPositiveInteger_maxExclusive003_581"/> <test group="nonPositiveInteger_minInclusive003_584" name="nonPositiveInteger_minInclusive003_584"/> <test group="nonPositiveInteger_minExclusive003_588" name="nonPositiveInteger_minExclusive003_588"/> <test group="negativeInteger_maxInclusive003_609" name="negativeInteger_maxInclusive003_609"/> <test group="negativeInteger_maxExclusive003_613" name="negativeInteger_maxExclusive003_613"/> <test group="negativeInteger_minInclusive003_616" name="negativeInteger_minInclusive003_616"/> <test group="negativeInteger_minExclusive003_620" name="negativeInteger_minExclusive003_620"/> <test group="long_maxInclusive003_641" name="long_maxInclusive003_641"/> <test group="long_maxInclusive004_642" name="long_maxInclusive004_642"/> <test group="long_maxExclusive003_646" name="long_maxExclusive003_646"/> <test group="long_maxExclusive004_647" name="long_maxExclusive004_647"/> <test group="long_minInclusive003_650" name="long_minInclusive003_650"/> <test group="long_minInclusive004_651" name="long_minInclusive004_651"/> <test group="long_minExclusive003_655" name="long_minExclusive003_655"/> <test group="long_minExclusive004_656" name="long_minExclusive004_656"/> <test group="int_maxInclusive003_677" name="int_maxInclusive003_677"/> <test group="int_maxInclusive004_678" name="int_maxInclusive004_678"/> <test group="int_maxInclusive004c_681" name="int_maxInclusive004c_681"/> <test group="int_maxInclusive004d_682" name="int_maxInclusive004d_682"/> <test group="int_maxExclusive003_691" name="int_maxExclusive003_691"/> <test group="int_maxExclusive004d_694" name="int_maxExclusive004d_694"/> <test group="int_maxExclusive004e_695" name="int_maxExclusive004e_695"/> <test group="int_minInclusive003_701" name="int_minInclusive003_701"/> <test group="int_minInclusive004_702" name="int_minInclusive004_702"/> <test group="int_minInclusive006d_707" name="int_minInclusive006d_707"/> <test group="int_minInclusive006f_708" name="int_minInclusive006f_708"/> <test group="int_minInclusive006h_710" name="int_minInclusive006h_710"/> <test group="int_minInclusive006i_711" name="int_minInclusive006i_711"/> <test group="int_minExclusive003_714" name="int_minExclusive003_714"/> <test group="int_minExclusive004_715" name="int_minExclusive004_715"/> <test group="int_minExclusive006f_720" name="int_minExclusive006f_720"/> <test group="int_minExclusive006g_721" name="int_minExclusive006g_721"/> <test group="int_minExclusive006h_722" name="int_minExclusive006h_722"/> <test group="int_minExclusive006i_723" name="int_minExclusive006i_723"/> <test group="short_maxInclusive003_744" name="short_maxInclusive003_744"/> <test group="short_maxInclusive004_745" name="short_maxInclusive004_745"/> <test group="short_maxExclusive003_749" name="short_maxExclusive003_749"/> <test group="short_maxExclusive004_750" name="short_maxExclusive004_750"/> <test group="short_minInclusive003_753" name="short_minInclusive003_753"/> <test group="short_minInclusive004_754" name="short_minInclusive004_754"/> <test group="short_minExclusive003_758" name="short_minExclusive003_758"/> <test group="short_minExclusive004_759" name="short_minExclusive004_759"/> <test group="byte_maxInclusive003_780" name="byte_maxInclusive003_780"/> <test group="byte_maxInclusive004_781" name="byte_maxInclusive004_781"/> <test group="byte_maxExclusive003_785" name="byte_maxExclusive003_785"/> <test group="byte_maxExclusive004_786" name="byte_maxExclusive004_786"/> <test group="byte_minInclusive003_789" name="byte_minInclusive003_789"/> <test group="byte_minInclusive004_790" name="byte_minInclusive004_790"/> <test group="byte_minExclusive003_794" name="byte_minExclusive003_794"/> <test group="byte_minExclusive004_795" name="byte_minExclusive004_795"/> <test group="nonNegativeInteger_maxInclusive003_816" name="nonNegativeInteger_maxInclusive003_816"/> <test group="nonNegativeInteger_maxExclusive003_820" name="nonNegativeInteger_maxExclusive003_820"/> <test group="nonNegativeInteger_minInclusive003_823" name="nonNegativeInteger_minInclusive003_823"/> <test group="nonNegativeInteger_minExclusive003_827" name="nonNegativeInteger_minExclusive003_827"/> <test group="unsignedLong_maxInclusive003_848" name="unsignedLong_maxInclusive003_848"/> <test group="unsignedLong_maxInclusive004_849" name="unsignedLong_maxInclusive004_849"/> <test group="unsignedLong_maxExclusive003_853" name="unsignedLong_maxExclusive003_853"/> <test group="unsignedLong_maxExclusive004_854" name="unsignedLong_maxExclusive004_854"/> <test group="unsignedLong_minInclusive003_857" name="unsignedLong_minInclusive003_857"/> <test group="unsignedLong_minInclusive004_858" name="unsignedLong_minInclusive004_858"/> <test group="unsignedLong_minExclusive003_862" name="unsignedLong_minExclusive003_862"/> <test group="unsignedLong_minExclusive004_863" name="unsignedLong_minExclusive004_863"/> <test group="unsignedInt_maxInclusive003_884" name="unsignedInt_maxInclusive003_884"/> <test group="unsignedInt_maxInclusive004_885" name="unsignedInt_maxInclusive004_885"/> <test group="unsignedInt_maxExclusive003_889" name="unsignedInt_maxExclusive003_889"/> <test group="unsignedInt_maxExclusive004_890" name="unsignedInt_maxExclusive004_890"/> <test group="unsignedInt_minInclusive003_893" name="unsignedInt_minInclusive003_893"/> <test group="unsignedInt_minInclusive004_894" name="unsignedInt_minInclusive004_894"/> <test group="unsignedInt_minExclusive003_898" name="unsignedInt_minExclusive003_898"/> <test group="unsignedInt_minExclusive004_899" name="unsignedInt_minExclusive004_899"/> <test group="unsignedShort_maxInclusive003_920" name="unsignedShort_maxInclusive003_920"/> <test group="unsignedShort_maxInclusive004_921" name="unsignedShort_maxInclusive004_921"/> <test group="unsignedShort_maxExclusive003_925" name="unsignedShort_maxExclusive003_925"/> <test group="unsignedShort_maxExclusive004_926" name="unsignedShort_maxExclusive004_926"/> <test group="unsignedShort_minInclusive003_929" name="unsignedShort_minInclusive003_929"/> <test group="unsignedShort_minInclusive004_930" name="unsignedShort_minInclusive004_930"/> <test group="unsignedShort_minExclusive003_934" name="unsignedShort_minExclusive003_934"/> <test group="unsignedShort_minExclusive004_935" name="unsignedShort_minExclusive004_935"/> <test group="unsignedByte_maxInclusive003_956" name="unsignedByte_maxInclusive003_956"/> <test group="unsignedByte_maxInclusive004_957" name="unsignedByte_maxInclusive004_957"/> <test group="unsignedByte_maxExclusive003_961" name="unsignedByte_maxExclusive003_961"/> <test group="unsignedByte_maxExclusive004_962" name="unsignedByte_maxExclusive004_962"/> <test group="unsignedByte_minInclusive003_965" name="unsignedByte_minInclusive003_965"/> <test group="unsignedByte_minInclusive004_966" name="unsignedByte_minInclusive004_966"/> <test group="unsignedByte_minExclusive003_970" name="unsignedByte_minExclusive003_970"/> <test group="unsignedByte_minExclusive004_971" name="unsignedByte_minExclusive004_971"/> <test group="positiveInteger_maxInclusive003_992" name="positiveInteger_maxInclusive003_992"/> <test group="positiveInteger_maxExclusive003_996" name="positiveInteger_maxExclusive003_996"/> <test group="positiveInteger_minInclusive003_999" name="positiveInteger_minInclusive003_999"/> <test group="positiveInteger_minExclusive003_1003" name="positiveInteger_minExclusive003_1003"/> 13274 1 ht 2006-12-22 15:44:04 +0000 I _think_ you've looked in the wrong place. Confusingly, there are _two_ schema docs called onPositiveInteger_maxInclusive003.xsd, one in datatypes/Facets/nonPositiveInteger, which is indeed OK, and one in datatypes/Facets/Schemas which is a) not OK and b) the one which is actually referenced from the testSet. . . This appears to be the case for many (but perhaps not all?) of the others you've listed. . . 22325 2 ht 2008-11-02 16:32:50 +0000 Of the 91 tests listed in this bug, four, namely int_maxExclusive004d_694 int_maxExclusive004e_695 int_minExclusive006f_720 int_minExclusive006g_721 are valid, correctly so, as far as I can see. All 91 are now marked as having gone from accepted to queried to stable, with no substantive change being made